化工技术与开发
化工技術與開髮
화공기술여개발
TECHNOLOGY & DVELOPMENT OF CHEMICAL INDUSTRY
2015年
1期
15-17
,共3页
芦超%乔磊%高新航%张晓华%李凝
蘆超%喬磊%高新航%張曉華%李凝
호초%교뢰%고신항%장효화%리응
微波催化解热%工艺%正交试验
微波催化解熱%工藝%正交試驗
미파최화해열%공예%정교시험
microwave catalytic heating%process%orthogonal experiment
用正交试验对微波热解生物质工艺进行了探讨。在氮气氛围和K2CO3为添加剂的条件下，得出了最佳工艺条件为：微波功率1500W、热解温度为700℃、热解时间30min、添加剂/木屑的质量比为1/30，液相得率为30.3%。
用正交試驗對微波熱解生物質工藝進行瞭探討。在氮氣氛圍和K2CO3為添加劑的條件下，得齣瞭最佳工藝條件為：微波功率1500W、熱解溫度為700℃、熱解時間30min、添加劑/木屑的質量比為1/30，液相得率為30.3%。
용정교시험대미파열해생물질공예진행료탐토。재담기분위화K2CO3위첨가제적조건하，득출료최가공예조건위：미파공솔1500W、열해온도위700℃、열해시간30min、첨가제/목설적질량비위1/30，액상득솔위30.3%。
Orthogonal experiment method was applied to explore the biomass microwave pyrolysis technology. Under the conditions of nitrogen and add to the K2CO3,the best conditions were as followed: microwave power 1500W, antipyretic temperature 700℃ , antipyretic time 30 minutes, the quality of the additives/ wood was 1/30. The liquid yield was 30.3%.
